大面积硅微条探测器阵列拥有大接受度、高位置分辨和能量分辨等优点，在国外空间科学项目中被广泛使用。其中最关键的是根据物理目标采取恰当的探测器设计参数以及精确的探测器阵列组装工艺。然而我国目前只有较少的研究，所以在空间项目中还没有成功应用硅微条探测器的先例。.本项目将利用国际合作机会，通过实验测试和理论计算相结合，系统性地研究硅微条设计参数对位置分辨、能量分辨的影响，并且发展合适的组装工艺与性能测试技术。本项目研究成果将为我国空间科学提供有力的技术支撑，并将在地面大型高能物理实验和其他领域得到广泛的应用。

Silicon detectors have the advantages of high energy and position resolution compared to gas-filled detectors and scintillation detectors. Silicon microstrip detectors can be closely bonded to each other, forming large area silicon microstrip detector arrays. These large acceptance arrays have been successfully used in Alpha Magnetic Spectrometer (AMS) and AGILE satellite et. al. . The proper design parameters and precise installation are the keys to silicon microstrip detector arrays. So far, China knows little about these principles and no silicon microstrip detector have been successfully implemented in Chinese space projects yet..With the help of international cooperation, this project aims to discover the design principles, proper installation and measurement for silicon microstrip detector arrays using experimental and theoretical methods. The successful use of these arrays in the future will be of great importance in space science and other regions.